CN204120830U - A kind of embedded milk foam device - Google Patents
A kind of embedded milk foam device Download PDFInfo
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- CN204120830U CN204120830U CN201420529351.7U CN201420529351U CN204120830U CN 204120830 U CN204120830 U CN 204120830U CN 201420529351 U CN201420529351 U CN 201420529351U CN 204120830 U CN204120830 U CN 204120830U
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Abstract
The utility model provides a kind of embedded milk foam device, belongs to beverage-making device technical field.This embedded milk foam device comprises the device assembly with discharging opening and the left clip being symmetricly set on device assembly both sides, right clip, be provided with in described device assembly enter for steam steam channel, suck with the extraneous inlet channel that communicates and confession milk enter milk passage, negative pressure cavity and hybrid chamber is offered in the middle part of device assembly, the two ends of described hybrid chamber respectively with negative pressure cavity, discharging opening UNICOM, described inlet channel with enter milk passage UNICOM, described in enter milk passage, steam channel respectively with negative pressure cavity UNICOM; Be provided with one in inlet channel porch and can control the magnetic valve that inlet channel opens or closes.This embedded milk foam utensil has advantage reasonable in design, easy to operate, freely to switch heating mode and heating foaming pattern.
Description
Technical field
The utility model belongs to beverage-making device technical field, relates to a kind of embedded milk foam device, is particularly a kind ofly applicable to the embedded milk foam device of equipment that coffee machine etc. utilizes Steam Heating, foaming.
Background technology
In Modern Live, along with improving constantly of living standard, the pursuit of people to quality of life is also more and more higher.Along with coffee is in the popularization of China, to Cappuccino, more and more look at by people parent by coffees with milk such as iron, at home or in workplace, people often can utilize the beverage-making devices such as coffee machine to make the beverages such as normal coffee, cappuccino, latte, and such beverage-making device generally has milk pipe, steam (vapor) outlet, Coffee outlet.
In prior art, when needs make above-mentioned particular beverage, generally manually overlap a milk foam device at the steam outlet of beverage-making device, need in use procedure to keep hand holding state.Milk foam device, also can be called milk bubble machine, supports the use, for the manufacture of milk froth with beverage-making devices such as coffee machines.Milk foam device can also utilize steam heat the liquid such as milk, soya-bean milk simultaneously and bubble, negative pressure space is formed by beating steam in heating process, by the effect of air pressure, beverage, air, steam are formed the frothy beverage of tool, the beverage such as heating milk while producing foam.
But existing milk foam device complex structural designs and function singleness, the heating of milk foam device and foaming work synchronous operation, when user does not need foam, milk foam device cannot be selected only to use heating function according to the demand of user, the handoff functionality between heating mode and heating foaming pattern cannot be realized, and then cause certain inconvenience to daily life.
In sum, for solving the structural deficiency of existing milk foam device, need to design a kind of reasonable in design, easy to operate, embedded milk foam device that freely can switch heating mode and heating foaming pattern.
Summary of the invention
The purpose of this utility model there are the problems referred to above for existing technology, proposes a kind of reasonable in design, easy to operate, embedded milk foam device that freely can switch heating mode and heating foaming pattern.
The purpose of this utility model realizes by following technical proposal: a kind of embedded milk foam device, comprises the device assembly with discharging opening and the left clip being symmetricly set on device assembly both sides, right clip, wherein:
Be provided with in described device assembly enter for steam steam channel, suck with the extraneous inlet channel that communicates and confession milk enter milk passage, negative pressure cavity and hybrid chamber is offered in the middle part of device assembly, the two ends of described hybrid chamber respectively with negative pressure cavity, discharging opening UNICOM, described inlet channel with enter milk passage UNICOM, described in enter milk passage, steam channel respectively with negative pressure cavity UNICOM;
Be provided with one in inlet channel porch and can control the magnetic valve that inlet channel opens or closes.
In above-mentioned one embedded milk foam device, described device assembly comprises holder and divides the left binding block being listed in holder both sides, right binding block, described left clip is arranged on above left binding block, described right clip is arranged on above right binding block, described steam channel, inlet channel, enter milk passage, negative pressure cavity is all arranged in holder, described discharging opening is opened in middle part below holder, the width in described steam channel exit is less than the diameter of negative pressure cavity porch, described steam channel porch, inlet channel porch is all positioned at above holder, described inlet channel exit is positioned at into milk passage, described enter milk feeder connection place be positioned in the middle part of left binding block side, described enter milk channel exit be positioned at negative pressure cavity.
In above-mentioned one embedded milk foam device; described left binding block, right binding block are all movably arranged on holder; the left spring resetted after making left binding block action is provided with between left binding block and holder; between right binding block and holder, be provided with the right spring resetted after making right binding block action, described left binding block, right binding block all can in the horizontal direction slippage left clip and right clip are drawn close or away from.
In above-mentioned one embedded milk foam device, the nozzle being provided with steam seat and being plugged in steam seat in holder, silica gel part is also sealedly connected with and described hybrid chamber is fastened by silica gel part and holder and formed in holder, described silica gel part is positioned at below steam seat and steam seat part stretches into hybrid chamber, steam passage holes and the pressurized hole with steam passage holes UNICOM is offered in the middle part of described nozzle, described steam channel is by steam passage holes, pressurized hole surrounds formation, connecting hole is provided with in the middle part of described steam seat, described negative pressure cavity is by connecting hole and hybrid chamber UNICOM, described pressurized hole and negative pressure cavity UNICOM, the diameter of described pressurized hole is less than the diameter of steam passage holes.
In above-mentioned one embedded milk foam device, in holder, be also provided with air inlet seat and be installed in rotation on and enter milk important actor in air inlet seat, the first air inlet through hole is vertically offered in the middle part of described air inlet seat, offer first in the middle part of described air inlet seat in the horizontal direction and enter milk through hole, second enters milk through hole, milk groove is entered around what offer that width increases progressively in the middle part of the lateral surface entering milk important actor, described first enters milk through hole, second enters milk through hole divides and is listed in into milk groove both sides and three UNICOM, entering in the middle part of milk important actor vertically to offer the second air inlet through hole, entering the small air inlet hole being equipped with in the horizontal direction in the middle part of milk important actor and entering milk through hole UNICOM with second, described inlet channel is by the first air inlet through hole, second air inlet through hole, small air inlet hole surrounds formation, described enter milk passage enter milk through hole by first, enter milk groove, second enters milk through hole surrounds formation, described second enters milk through hole and negative pressure cavity UNICOM.
In above-mentioned one embedded milk foam device, described in enter integral type on milk important actor and be provided with switch block, air inlet seat offers the breach that matches with switch block and described switch block is positioned at breach.
In above-mentioned one embedded milk foam device, described air inlet seat and steam seat are connected.
Compared with prior art, the utility model has following beneficial effect:
1, overall construction design is reasonable, milk foam device can directly be fixed on the machines such as coffee machine by the buckle structure be made up of left clip, right clip, on the Coffee outlet handle that directly can be embedded in coffee machine or other positions, make user in use without the need to keeping hand holding state always, make milk foam device fixed, operate simple, convenient, mount and dismount also all more convenient;
2, control inlet channel by the break-make of Controlling solenoid valve to open or close, and then whether control air enters in milk foam device, realize the switching of heating mode and heating foaming pattern fast.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model one preferred embodiment.
Fig. 2 is the explosive view of the utility model one preferred embodiment.
Fig. 3 is the sectional view of the utility model one preferred embodiment.
Fig. 4 is the structural representation entering milk important actor in the utility model one preferred embodiment.
Fig. 5 is the sectional view of Fig. 4.
In figure, 10, device assembly; 11, holder; 111, discharging opening; 12, left binding block; 121, left clip; 13, right binding block; 131, right clip; 14, left spring; 15, right spring; 16, hybrid chamber; 21, steam channel; 22, inlet channel; 23, milk passage is entered; 31, steam seat; 311, connecting hole; 32, nozzle; 321, steam passage holes; 322, pressurized hole; 40, air inlet seat; 41, the first air inlet through hole; 42, first enters milk through hole; 43, second enters milk through hole; 44, breach; 50, milk important actor is entered; 51, milk groove is entered; 52, the second air inlet through hole; 53, small air inlet hole; 54, switch block; 60, negative pressure cavity; 70, silica gel part.
Detailed description of the invention
Be below specific embodiment of the utility model and by reference to the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiments.
Existing milk foam device complex structural designs and be generally only provided with single using function, uses and inconvenient, and it is necessary for therefore designing a kind of rational embedded milk foam device.
A kind of embedded milk foam device of the utility model protection; can directly be fixed on equipment; be applicable to the equipment that coffee machine etc. utilizes Steam Heating, foaming; if this embedded milk foam device is applied on coffee machine; not only can make Cappuccino, by coffees with milk such as iron; also can be used for the beverages such as simple heating milk, soya-bean milk, in use, be free to this embedded milk foam device is switched to heating mode or heating foaming pattern.
Supplementary notes: the heating mode in this case refers to this embedded milk foam device and only realizes simple heating work; Heating foaming pattern refers to this embedded milk foam device and can realize heating and foaming work simultaneously, and flexibility is large and versatility is wide; This embedded milk foam device can be used for the beverage such as heating milk, soya-bean milk, and this embedded milk foam device can not only be used on coffee machine, the similar equipment with steam heating function normally can work, can meet the user demand of more crowds well.
As shown in Figures 1 to 5, this embedded milk foam device comprises the device assembly 10 with discharging opening 111 and the left clip 121 being symmetricly set on device assembly 10 both sides, right clip 131, wherein: in device assembly 10, be provided with the steam channel 21 entered for steam, what the inlet channel 22 communicated with the external world and confession milk sucked enters milk passage 23, negative pressure cavity 60 and hybrid chamber 16 is offered in the middle part of device assembly 10, the two ends of hybrid chamber 16 respectively with negative pressure cavity 60, discharging opening 111 UNICOM, inlet channel 22 with enter milk passage 23 UNICOM, enter milk passage 23, steam channel 21 respectively with negative pressure cavity 60 UNICOM, be provided with one in inlet channel 22 porch and can control the magnetic valve (not shown) that inlet channel 22 opens or closes.
In an initial condition, overall construction design is reasonable for this embedded milk foam device, and device assembly 10, as Primary containers and supporter, is mainly used in installing and placing inner components, plays a protective role, milk foam device is directly fixed on the machines such as coffee machine by the buckle structure be made up of left clip 121, right clip 131, this milk foam device directly can embed (fixing) on the Coffee outlet handle of coffee machine or other positions, make user in use without the need to keeping hand holding state always, after milk foam device embeds by two clips for device assembly 10 provides fixed support force, make milk foam device fixed, operate simple, convenient, the entrance of steam channel 21 is connected with the steam (vapor) outlet of machine, the outlet of steam channel 21 and negative pressure cavity 60 UNICOM, the steam of the machines such as coffee machine is made first to enter in negative pressure cavity 60 by steam channel 21, enter in hybrid chamber 16 by negative pressure cavity 60 again, inlet channel 22 communicates with extraneous air, enter milk passage 23 for by milk, the beverage of soya-bean milk passes in milk foam device, and pass in the milk pipe that these beverages can be stored by machine, also directly can be sent into by the external world, each channels designs rationally and compact in design, make the work of milk foam device smooth and easy, reduce equipment breakage rate, magnetic valve can be divided into electromagnetic valve pipeline and gauge tap according to the actual requirements, this gauge tap can directly be made on the control panel of the machines such as coffee machine, control inlet channel 22 by the break-make of Controlling solenoid valve to open or close, and then whether control air enters in milk foam device, realize the switching of heating mode and heating foaming pattern fast.
In the course of the work, by beating steam and then form negative pressure space in steam channel 21 in negative pressure cavity 60, by the effect of air pressure, beverage, air, steam can be formed the frothy beverage of tool, to produce while foam the beverages such as heating milk, also only can carry out heating operation to beverages such as milk according to the actual requirements.
The specific works process of this embedded milk foam device is as follows: first, the machine internal memories such as coffee machine are placed with the liquid such as milk, and by milk pipe with enter milk passage 23 and be connected, the cup being contained with the liquid such as milk can certainly be brought and be placed into below this milk foam device, again by milk pipe with enter milk passage 23 and be connected, inlet channel 22 communicates with the external world by tracheae, steam is come in from the entrance of steam channel 21, steam first enters in hybrid chamber 16 through negative pressure cavity 60 again, negative pressure space is formed in negative pressure cavity 60, now, the liquid such as milk are inhaled into in milk passage 23 from entering milk passage 23 porch, if now Controlling solenoid valve opens inlet channel 22, then air is inhaled in inlet channel 22 from inlet channel 22 porch, then beverage, air, steam is in hybrid chamber 16, steam plays heat effect to liquid such as milk, the frothy beverage of final formation tool is also sent outside machine via discharging opening 111.
In the utility model, can according to actual conditions unrestricted choice two kinds of heating modes: one is heating mode (i.e. non-foaming pattern), in an initial condition, Controlling solenoid valve makes inlet channel 22 close, inlet channel 22 does not suck air, in this state, steam produces negative pressure in negative pressure cavity 60 can only the milk in the inspiration external world or other beverage, beverage and steam is only had in hybrid chamber 16, steam heats beverages such as milk, milk foam device only plays heat effect, and milk foam device can only heating milk and can not produce milk foam, another kind is heating foaming pattern (pattern of namely bubbling), in an initial condition, Controlling solenoid valve makes inlet channel 22 open, inlet channel 22 can suck air, inlet channel 22, enter milk passage 23, steam channel 21, negative pressure cavity 60 UNICOM also forms a coherent passage, in this state, steam produces negative pressure in negative pressure cavity 60 simultaneously can the beverage such as the air in the inspiration external world and milk, beverage is mixed with in hybrid chamber 16, air and steam, while producing foam, steam is also heating beverage, the object of heating milk and generation milk foam can be reached.Said mechanism is reasonable in design and structure simple, can be switched to heating mode or heating foaming pattern according to the actual requirements freely, use simple and convenient, easy left-hand seat.
Preferably, device assembly 10 comprises holder 11 and divides the left binding block 12 being listed in holder 11 both sides, right binding block 13, left clip 121 is arranged on above left binding block 12, right clip 131 is arranged on above right binding block 13, steam channel 21, inlet channel 22, enter milk passage 23, negative pressure cavity 60 is all arranged in holder 11, discharging opening 111 is opened in middle part below holder 11, the width in steam channel 21 exit is less than the diameter of negative pressure cavity 60 porch, steam channel 21 porch, inlet channel 22 porch is all positioned at above holder 11, inlet channel 22 exit is positioned at into milk passage 23, entering milk passage 23 porch is positioned in the middle part of left binding block 12 side, enter milk passage 23 exit and be positioned at negative pressure cavity 60.Adopt such topology layout, can be convenient to connection and the use of each passage of milk foam device, holder 11, left binding block 12, right binding block 13 three coordinate closely, make integrated model layout compacter, decrease volume, save production cost, on the Coffee outlet handle making this milk foam device directly can be embedded in coffee machine or other positions, milk foam device is fixed, easy to use, can be will begin in a minute when needs use work, not easily loses, there will not be the situation that can not find milk foam device.In addition, each channel position arranges rationally, convenient air, beverage etc. can enter milk foam device, also have certain dust-tight effect.
The each component structural simplicity of design of device assembly 10, holder 11, left binding block 12, right binding block 13 three adopt assembled form to combine, and installation and removal are got up all more convenient, have saved production cost, have facilitated follow-up cleaning.
Further preferably; left binding block 12, right binding block 13 are all movably arranged on holder 11; the left spring 14 resetted after making the action of left binding block 12 is provided with between left binding block 12 and holder 11; between right binding block 13 and holder 11, be provided with the right spring 15 resetted after making the action of right binding block 13, left binding block 12, right binding block 13 all can in the horizontal direction slippage left clip 121 and right clip 131 are drawn close or away from.Such structural design, the buckle structure that left clip 121 and right clip 131 are formed uses convenient, and binding block corresponding after a procedure can reset rapidly, rationally distributed, improves operating efficiency.In this case, the quantity, shape, position etc. of clip all can be arranged according to actual conditions, is not limited to technique scheme.
Preferably, steam seat 31 is installed in holder 11 and is plugged in the nozzle 32 in steam seat 31, silica gel part 70 is also sealedly connected with and hybrid chamber 16 is fastened by silica gel part 70 and holder 11 and formed in holder 11, silica gel part 70 is positioned at below steam seat 31 and steam seat 31 part stretches into hybrid chamber 16, steam passage holes 321 and the pressurized hole 322 with steam passage holes 321 UNICOM is offered in the middle part of nozzle 32, steam channel 21 is by steam passage holes 321, pressurized hole 322 surrounds formation, connecting hole 311 is provided with in the middle part of steam seat 31, negative pressure cavity 60 is by connecting hole 311 and hybrid chamber 16 UNICOM, pressurized hole 322 and negative pressure cavity 60 UNICOM, the diameter of pressurized hole 322 is less than the diameter of steam passage holes 321.
The setting of silica gel part 70 in this case, not only make hybrid chamber 16 rationally distributed, improve the utilization rate in space and the fitness of each parts, silica gel material is adopted to obtain silica gel part 70, also improve the sealing property of holder 11, both steam seats 31, make milk foam device working stability, improve service life, according to the actual requirements, the material of silica gel part 70 can be replaced to other materials.In addition, such structural design is simple, silica gel part 70 is mounted and dismounted also all more convenient, is convenient to clean.
The design of above-mentioned steam channel 21 and negative pressure cavity 60 is ingenious, and nozzle 32 and steam seat 31 grafting coordinate, and installation and removal are convenient, by steam passage holes 321 to connecting hole 311, each hole width first narrows and broadens, makes to absorb air, absorption beverage effect is better, improve operating efficiency.
You need to add is that: being arranged so that steam-energy goes out to deenergize from negative pressure cavity 60 and producing negative pressure better of connecting hole 311, promotes whole work efficiency and result of use.Pressurized hole 322 reasonable in design, size is less, has pressurization, steam is entered more reasonable, each material is mixed more even, abundant.
Preferably, in holder 11, be also provided with air inlet seat 40 and be installed in rotation on and enter milk important actor 50 in air inlet seat 40, the first air inlet through hole 41 is vertically offered in the middle part of air inlet seat 40, offer first in the middle part of air inlet seat 40 in the horizontal direction and enter milk through hole 42, second enters milk through hole 43, milk groove 51 is entered around what offer that width increases progressively in the middle part of the lateral surface entering milk important actor 50, first enters milk through hole 42, second enters milk through hole 43 points is listed in into milk groove 51 both sides and three UNICOM, entering in the middle part of milk important actor 50 vertically to offer the second air inlet through hole 52, entering the small air inlet hole 53 being equipped with in the horizontal direction in the middle part of milk important actor 50 and entering milk through hole 43 UNICOM with second, inlet channel 22 is by the first air inlet through hole 41, second air inlet through hole 52, small air inlet hole 53 surrounds formation, enter milk passage 23 and enter milk through hole 42 by first, enter milk groove 51, second enters milk through hole 43 surrounds formation, second enters milk through hole 43 and negative pressure cavity 60 UNICOM.
Above-mentioned inlet channel 22 and to enter the design of milk passage 23 ingenious, air inlet seat 40 and enter milk important actor 50 activity and coordinate, make inlet channel 22 and enter milk passage 23 conducting more smooth and easy, parts are installed, dismounting, change convenient; Carry before air enters negative pressure cavity 60 at beverage, beverage and air have a process be pre-mixed, and make extraneous air conveying more stable and evenly, improve operating efficiency, global facility compact in design, takies volume little.
It is worth mentioning that, the width entering milk groove 51 increases progressively, and large one end, one end is little, in an initial condition, can by rotating into milk important actor 50, and then the liquid such as adjustment milk is by the flow entering milk groove 51 one end and flow to the other end, that is to say, rotate into milk important actor 50, by adjusting into milk groove 51 relative position, and then regulate milk through entering the uninterrupted of milk important actor 50 this section of passage, realize the adjustment into milk passage 23, flexibility is large, and versatility is wide, can use according to the actual requirements, improve operating efficiency.
Preferably, enter integral type on milk important actor 50 and be provided with switch block 54, air inlet seat 40 offers the breach 44 that matches with switch block 54 and switch block 54 is positioned at breach 44, both breach 44 of switch block 54 and air inlet seat 40 coordinate closely, switch block 54 can rotate within the scope of certain angle, and whole organization distribution is compact, and switch block 54 is limited in breach 44, add comfort, more user-friendly.
Further preferably, air inlet seat 40 and steam seat 31 are connected, and such connected mode makes whole milk foam device stable working, make beverage and air intake steady, smooth and easy.
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.
Claims (7)
1. an embedded milk foam device, is characterized in that: comprise the device assembly with discharging opening and the left clip being symmetricly set on device assembly both sides, right clip, wherein:
Be provided with in described device assembly enter for steam steam channel, suck with the extraneous inlet channel that communicates and confession milk enter milk passage, negative pressure cavity and hybrid chamber is offered in the middle part of device assembly, the two ends of described hybrid chamber respectively with negative pressure cavity, discharging opening UNICOM, described inlet channel with enter milk passage UNICOM, described in enter milk passage, steam channel respectively with negative pressure cavity UNICOM;
Be provided with one in inlet channel porch and can control the magnetic valve that inlet channel opens or closes.
2. one according to claim 1 embedded milk foam device, it is characterized in that: described device assembly comprises holder and divides the left binding block being listed in holder both sides, right binding block, described left clip is arranged on above left binding block, described right clip is arranged on above right binding block, described steam channel, inlet channel, enter milk passage, negative pressure cavity is all arranged in holder, described discharging opening is opened in middle part below holder, the width in described steam channel exit is less than the diameter of negative pressure cavity porch, described steam channel porch, inlet channel porch is all positioned at above holder, described inlet channel exit is positioned at into milk passage, described enter milk feeder connection place be positioned in the middle part of left binding block side, described enter milk channel exit be positioned at negative pressure cavity.
3. one according to claim 2 embedded milk foam device; it is characterized in that: described left binding block, right binding block are all movably arranged on holder; the left spring resetted after making left binding block action is provided with between left binding block and holder; between right binding block and holder, be provided with the right spring resetted after making right binding block action, described left binding block, right binding block all can in the horizontal direction slippage left clip and right clip are drawn close or away from.
4. the embedded milk foam of the one according to Claims 2 or 3 device, it is characterized in that: the nozzle being provided with steam seat and being plugged in steam seat in holder, silica gel part is also sealedly connected with and described hybrid chamber is fastened by silica gel part and holder and formed in holder, described silica gel part is positioned at below steam seat and steam seat part stretches into hybrid chamber, steam passage holes and the pressurized hole with steam passage holes UNICOM is offered in the middle part of described nozzle, described steam channel is by steam passage holes, pressurized hole surrounds formation, connecting hole is provided with in the middle part of described steam seat, described negative pressure cavity is by connecting hole and hybrid chamber UNICOM, described pressurized hole and negative pressure cavity UNICOM, the diameter of described pressurized hole is less than the diameter of steam passage holes.
5. one according to claim 4 embedded milk foam device, it is characterized in that: in holder, be also provided with air inlet seat and be installed in rotation on and enter milk important actor in air inlet seat, the first air inlet through hole is vertically offered in the middle part of described air inlet seat, offer first in the middle part of described air inlet seat in the horizontal direction and enter milk through hole, second enters milk through hole, milk groove is entered around what offer that width increases progressively in the middle part of the lateral surface entering milk important actor, described first enters milk through hole, second enters milk through hole divides and is listed in into milk groove both sides and three UNICOM, entering in the middle part of milk important actor vertically to offer the second air inlet through hole, entering the small air inlet hole being equipped with in the horizontal direction in the middle part of milk important actor and entering milk through hole UNICOM with second, described inlet channel is by the first air inlet through hole, second air inlet through hole, small air inlet hole surrounds formation, described enter milk passage enter milk through hole by first, enter milk groove, second enters milk through hole surrounds formation, described second enters milk through hole and negative pressure cavity UNICOM.
6. one according to claim 5 embedded milk foam device, is characterized in that: described in enter integral type on milk important actor and be provided with switch block, air inlet seat offers the breach that matches with switch block and described switch block is positioned at breach.
7. one according to claim 5 embedded milk foam device, is characterized in that: described air inlet seat and steam seat are connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420529351.7U CN204120830U (en) | 2014-09-15 | 2014-09-15 | A kind of embedded milk foam device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420529351.7U CN204120830U (en) | 2014-09-15 | 2014-09-15 | A kind of embedded milk foam device |
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| Publication Number | Publication Date |
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| CN204120830U true CN204120830U (en) | 2015-01-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201420529351.7U Withdrawn - After Issue CN204120830U (en) | 2014-09-15 | 2014-09-15 | A kind of embedded milk foam device |
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| CN (1) | CN204120830U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104305881A (en) * | 2014-09-15 | 2015-01-28 | 宁波美侬咖啡机有限公司 | Embedded type milk foam device |
-
2014
- 2014-09-15 CN CN201420529351.7U patent/CN204120830U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104305881A (en) * | 2014-09-15 | 2015-01-28 | 宁波美侬咖啡机有限公司 | Embedded type milk foam device |
| CN104305881B (en) * | 2014-09-15 | 2017-06-13 | 宁波美侬咖啡机有限公司 | A kind of embedded milk foam device |
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| C14 | Grant of patent or utility model | ||
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| AV01 | Patent right actively abandoned |
Granted publication date: 20150128 Effective date of abandoning: 20170613 |
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| AV01 | Patent right actively abandoned |